Car Ride booking

rentRide.js

const CHARGE_PER_KM = 8
const MIN_RATING = 4

let counter = 0

class Driver {
  constructor({ name = '', ssn = Math.random(), rating = 2, distance = 49 }) {
    this.name = name
    this.ssn = ssn
    this.rating = rating
    this.distance = distance
  }
  getDistance = () => this.distance
  getSsn = () => this.getSsn
  getName = () => this.name
  getRating = () => this.rating
}

class Car {
  constructor({ number = '', make = '', color = '', carNo = '', driverSsn = '' }) {
    this.number = number
    this.make = make
    this.color = color
    this.carNo = carNo
    this.driverSsn = driverSsn
  }
}

class RentRide {
  constructor({ drivers, cars, distanceToTravel, selectedCar }) {
    this.drivers = drivers
    this.cars = cars
    this.distanceToTravel = distanceToTravel
    this.cost = distanceToTravel * CHARGE_PER_KM
    this.selectedCar = selectedCar
  }

  sendDriverRequest(chosenDriver) {
    console.log(`sending request to driver: ${chosenDriver.getName()}`)
  }

  getCost() {
    return this.cost
  }

  bookRide() {
    if (this.selectedCar) {
      const chosenDriver = this.drivers.find(driver => driver.ssn == this.selectedCar.driverSsn)
      if (!chosenDriver) {
        return "Invalid driver chosen!!";
      }
      this.sendDriverRequest(chosenDriver)
      return this.cost
    }

    const filteredDrivers = this.drivers.filter(driver => driver.getRating() >= MIN_RATING)
    if (!filteredDrivers.length) {
      return "No driver is present near you!"
    }

    const sortedDrivers = filteredDrivers.sort((driverA, driverB) =>
      driverA.getDistance() - driverB.getDistance())
    this.sendDriverRequest(sortedDrivers[counter++])
    return this.getCost()
  }
}

const drivers = [
  new Driver({ name: 'John Doe', ssn: '1234', rating: 5, distance: 40 }),
  new Driver({ name: 'Mary Jane', ssn: '1235', rating: 4, distance: 50 }),
  new Driver({ name: 'Jack Black', ssn: '1236', rating: 4.4, distance: 20 }),
  new Driver({ name: 'Molly Joes', ssn: '1237', rating: 3.4, distance: 30 })
]

const cars = [
  new Car({ driverSsn: '1234', number: 'KL123', make: 'Hyundai', color: 'Blue' }),
  new Car({ driverSsn: '1235', number: 'JK123', make: 'Toyota', color: 'Blue' }),
  new Car({ driverSsn: '1236', number: 'ML133', make: 'Renault', color: 'Green' }),
  new Car({ driverSsn: '1237', number: 'BB234', make: 'Tata', color: 'Gray' }),
]

console.log(new RentRide({
  drivers, cars, distanceToTravel: 50,
  selectedCar: new Car({ driverSsn: '1235', number: 'JK123', make: 'Toyota', color: 'Blue' }),
}).bookRide())

Rent a Ride As a customer to Rent a Ride you book a cab.

We charge you as per the distance covered. W
e charge 8rs/km.
The moment you click the button to RIDE, we search for the nearby drivers who will accept your ride. Suppose there are 15 drivers near your location, then we send the request to the first driver who is closest to you, …
There are a few conditions though, based on which we can not send the request to the nearby driver.

• Condition 1: If the driver rating is lower than 4. (out of 5)
• Condition 2: If you selected a specific car, and that car driver is not the closest one.

In case there is no driver present as per your request for the car, we will ask you to select some other car.
A table was given having drivers, cars model, their ratings, and distance from the customer, and using this data we have to provide the most appropriate car to the customer, with the calculated fare.